Feasibility Study on Launching Special Science for Elementary School Program at H.N. Cahilsot Central Elementary School

Kathleen Kate D. Cantero, Bremem M. Cotoner and Dr. John Michael P. Castino
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Kathleen Kate D. Cantero: Faculty of School of Graduate Studies, Mindanao State University, General Santos City
Bremem M. Cotoner: Faculty of School of Graduate Studies, Mindanao State University, General Santos City
Dr. John Michael P. Castino: Faculty of School of Graduate Studies, Mindanao State University, General Santos City

International Journal of Research and Innovation in Social Science, 2024, vol. 8, issue 12, 2182-2211

Abstract: The Special Science for Elementary School (SSES) Program Implementation at H.N. Cahilsot Central Elementary School (HNCCES) aims to revolutionize Science and Mathematics education for Grades 4, 5, and 6 learners by offering an advanced curriculum that nurtures critical thinking, innovation, and problem-solving skills. Designed for students in the Fast Learner (FL) sections, this program equips them for the STEM track in Secondary education, positioning the school as a trailblazer in producing future-ready students. HNCCES is a well-established and thriving institution located in Barangay Calumpang, General Santos City. As the second-largest elementary school in the Division of General Santos City, serving 4,119 learners, the school boasts a long-standing tradition of academic excellence. Its accolades include high rankings in the Division Search for School Needs Data System (SNDS), participation in the Young Scientists Enrichment Program (YSEP), and recognition for student achievements in academics, sports, and co-curricular activities. These accomplishments, coupled with the school’s ongoing infrastructure improvements and resource optimizations, highlight its capacity to spearhead transformative educational programs like the SSES.The implementation of the SSES program is anchored in DepEd Order No. 57, s. 2011, which mandates the enhancement of Science and Mathematics education in public elementary schools. By introducing a specialized curriculum, the program addresses critical gaps in STEM education and bridges the pathway between elementary and high school STEM tracks. This initiative is especially important in the context of the increasing demand for quality STEM education in the division and at the school level. Through the SSES program, HNCCES aims to produce a new generation of scientifically-inclined and academically-competent students who are ready to excel in advanced Science and Mathematics education and STEM-related careers. The program’s success rests on several key presumptions outlined in the feasibility study. First, it anticipates continued enthusiasm and interest from potential beneficiaries, as evidenced by 85% of surveyed students indicating a strong willingness to participate and 90% of parents showing their full support. It is expected that the school will sustain its reputation for excellence and its ability to attract motivated and talented learners. Second, the program presumes the availability of essential resources, such as laboratory facilities, modern instructional materials, and teacher training. While existing limitations are acknowledged, these can be addressed through phased improvements, capacity-building initiatives, and collaborations with organizations like YSEP. Third, the program assumes that teachers will receive on-going training and professional development to effectively deliver the specialized curriculum. Fourth, it depends on robust engagement from the community and stakeholders, ensuring steady collaboration and support from parents, local authorities, government agencies, non-government organizations, and business sector. Other considerations include the smooth transition of SSES graduates to the STEM program of General Santos City National High School (GSCNHS). This is cognizant to the commitment of the HNCCES to align its programs with the national education objectives. Also, it aims to develop learners who have the ability to adapt to unforeseen challenges such as natural disasters or public health crises. Furthermore, it is anticipated that students will stay motivated and actively engaged in the program, with parents and the community reinforcing the importance of STEM education. Lastly, the program assumes that funding from various channels—such as the Maintenance and Other Operating Expenses (MOOE), DepEd grants, and partnerships with private organizations—will remain sufficient and sustainable.

Date: 2024
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